Gas Generation Australia has at hand a superior and wide range of Nitrogen production solutions for autonomous on-site gas flow along with the assurance of top service support from our technicians. Technologies for onsite nitrogen production include:
Gas Generation Australia provides industrials with a variety of options for a safe, flexible and autonomous Oxygen supply, and partners with Novair to bring OXYSWING® into the Australian market. The Oxyswing® modular generators implement a unique Pressure Swing Adsorption technology or PSA. Unlike twin-tower standard systems, Oxyswing® generators feature multiple modules of molecular sieve that provide an efficient, flexible, and reliable gas source. The system permits unlimited flexibility, and production capacity can be easily adjusted directly on-site by simple module additions. Fleet management is easily maintained as all models feature the same replaceable components and offer compact dimensions.
To achieve larger capacity, Oxyswing® generators can be complemented by a Dual Bank, which comprises a second PSA Oxygen generator without any PLC and power supply. The Dual Bank receives power and control signals through a single cable connection using the master/slave principle. For maximum supply advantage, a single Oxyswing® PSA Oxygen generator can control up to three Dual Banks in parallel.
Gas Generation Australia supplies the Novair OXYPURE system, an on-site production solution based on the PSA process with advanced technology. Oxypure is the most efficient and economical solution to acquire an unlimited supply of Oxygen safely and continuously, meeting the most demanding industrial specifications.
OXYPURE DS-PSA retains a unique and patented technology that supplies ultra-high Oxygen on-site. The process is based on a two-stage molecular separation where the DS-PSA removes Nitrogen, Argon and traces of pollutants after the first stage. Suitable for all industrial applications which require high purity Oxygen supply with an exceptional stability (+/-0.2%). The system adjusts the outlet pressure when required flow increases without affecting the concentration.
Ultimate performance in:
